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Fig. 8 | Biotechnology for Biofuels

Fig. 8

From: The characteristics of insoluble softwood substrates affect fungal morphology, secretome composition, and hydrolytic efficiency of enzymes produced by Trichoderma reesei

Fig. 8

The effect of T. reesei enzyme mixtures on enzymatic hydrolysis performance. Depicted are conversion yields for enzymatic hydrolysis of NBSK (a), LP-STEX (b), and LP-ALKOX (c) with Celluclast (CC) and Celluclast supplemented with BSA (CC + BSA), endo-mannanase (CC + MAN), and concentrated T. reesei QM6a cultivation supernatants (CC + PNBSK, CC + PLP-STEX, and CC + PLP-ALKOX). All reactions were run at a CC protein loading of 20 mg g−1 substrate dry mass. Supplementation of fungal protein, BSA, and mannanase was at a protein loading of 5 mg g−1 substrate dry mass, as detailed in Methods section. As benchmark, hydrolysis reactions with Cellic Cetc3 at 10 (CT10) and 20 (CT20) FPU g−1 dry mass are also depicted. All data represent mean values from duplicate experiments and error bars represent the spread

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